If the observations are confirmed, then it shows that Einstein's theory of general relativity holds even under extreme conditions —
in gravity fields produced by objects like the galactic center's black hole, which contains the mass of 4 million suns.
Not exact matches
But
in the 1960s, the American physicist Robert H. Dicke of Princeton, who died
in 1997, noted that if the interior of the sun were rotating rapidly — compared to a slower speed observed at the surface — then the non-spherical component of the sun's gravitational
field could
produce up to 10 percent of the effect Einstein had computed,
in which case, General Relativity would be an incomplete theory of
gravity.
The atoms of the wire will lose velocity as they rise
in the gravitational
field just as those
in the gas, thus there is less energy available transferred
in interactions this will
produce an gradient
in the kinetic energy of atoms that make up the wire resulting
in a temerature gradient due to
gravity.